1. An imaging workstation (20), comprising: one or more processing devices (40) programmed: receive (170) an image showing the distribution of the radiopharmaceutical in the study area； register (180) the image in the total space defined by the MRI template or image the study area, which includes segmented anatomical features, such as, for example, gray matter； and retrieve (210) a three-dimensional image representation that shows the distribution of the radiopharmaceutical in the segmented anatomical features and suppresses the radiopharmaceutical outside the segmented anatomical features. 2. The imaging workstation (20) according to claim 1, wherein the study area includes the brain, and a radiopharmaceutical, such as, for example, [18F] -flutemetamol, [18F] -florbetaben and [18F] -florbetapyr, releases amyloid deposits. 3. The imaging workstation (20) according to any one of paragraphs. 1-2, in which the segmentation of the anatomical features represents the probability that each three-dimensional image element is a gray matter, and the processing device extracts a three-dimensional representation by combining each three-dimensional image element with the probability that the three-dimensional image element is a gray substance. 4. The imaging workstation (20) according to any one of paragraphs. 1-2, in which the processing device is additionally programmed: calculate (220) the image of the projection of the surface by projecting the values of the elements of the volumetric image of the volumetric representation on the surface of the brain. 5. Visualizing1. Визуализирующая рабочая станция (20), содержащая:одно или несколько устройств (40) обработки, запрограммированных:принимать (170) изображение, показывающее распределение радиофармацевтического средства в исследуемой области；регистрировать (180) изображение в общем пространстве, определенном шаблоном или изображением МРТ исследуемой области, которое включает в себя сегментированные анатомические особенности, как
